SparkFun
Rover 5 Robot Platform
Best rugged foundation for hobbyists building advanced all-terrain mobile robots.
Build your next mobile robot with the Rover 5 Robot Platform. This heavy-duty base provides a robust foundation for robotics projects, capable of navigating obstacles. It features four independent DC motors, each with a gearbox and hall-effect quadrature encoder for precise control and accurate odometry. The platform's modular design allows for easy replacement of the included thick rubber tank treads with traditional wheels. Additionally, adjustable gearbox angles accommodate varying ground clearance needs, making it adaptable to different terrains and project requirements.
Owner Satisfaction
4.5
/ 5
Category Rank
111
/ 444
#111 in Printed Circuit Boards
Weight
2.5
/ lbs (without batteries)
Who it's for
- Makers exploring rugged indoor and outdoor terrain
- Engineers building custom robotics with modular hardware
- Developers creating autonomous robots requiring precise movement
Who should skip it
- Budget-conscious hobbyists needing an all-in-one solution
- Novice builders intimidated by complex mechanical assembly
- Users prioritizing long battery life and lightweight portability
Performance breakdown
Chassis Durability
Heavy-duty construction handles rough terrain and obstacles with impressive resilience.
Odometry Precision
Integrated hall-effect encoders provide reliable feedback for accurate movement tracking.
Terrain Adaptability
Adjustable gearbox angles allow for seamless clearance tuning on uneven surfaces.
Configuration Flexibility
Modular design makes swapping between tank treads and wheels remarkably straightforward.
Motor Torque
Robust stall torque ensures consistent power delivery for heavier robotic payloads.
Power Efficiency
Standard AA battery reliance is convenient but limits long-term runtime capacity.
Key Specs
Weight
2.5 lbs (without batteries)
Motor Stall Torque
10 Kg/cm per motor
Motor Configuration
4 independent DC motors with gearboxes
Encoder Type
4 independent hall-effect quadrature encoders
Treads
Thick rubber tank treads
Power Source
Requires 6x AA batteries
Gearbox
Adjustable angles for clearance needs
Physical Interface Ports
JST Connector
Features
- Heavy-duty construction for obstacle traversal
- Modular design for wheel or tread configuration
- Independent motor control for precise movement
- Integrated encoders for accurate odometry
- Adjustable gearbox for terrain adaptability
- Durable tank treads included
- Supports 6x AA battery power
What customers say
Customers consistently praise the Rover 5 platform for its exceptional build quality and rugged durability. The robust metal chassis and powerful gearmotors provide a reliable foundation for complex robotics projects, making it a favorite among serious hobbyists and educators. While the initial setup requires technical knowledge and additional components, users feel the sturdy design justifies the investment, offering excellent value for a high performance mobile base that can handle diverse terrain.
Know before you buy
Yes, the platform features a modular design that allows you to replace the included rubber tank treads with traditional wheels depending on your project's needs.
The four independent hall-effect quadrature encoders provide precise feedback on motor rotation, which is essential for accurate odometry and tracking the robot's movement in space.
Yes, the gearbox angles are adjustable, allowing you to modify the chassis height to better navigate different types of terrain or obstacles.
The platform is designed to run on 6x AA batteries, which provide the necessary power for the four independent DC motors.
No, the Rover 5 is a mobile base platform. You will need to provide your own microcontroller, such as an Arduino or Raspberry Pi, to interface with the motors and encoders.
While the platform is built with heavy-duty construction, its performance depends on the surface and battery health. With a stall torque of 10 Kg/cm per motor, it is well-suited for carrying standard robotics components like sensors, cameras, and microcontrollers.
Still have a question?
Ask Hayley anything about this product before you decide.